research interests: combinatorial statistics, discrete fourier analysis and influences, randomized algorithms, computational complexity, mcmc, markov random fields, social choice, game theory, evolution
Wharton Statistics Department
The aim of statistical modeling is to empower effective decision making, and the unique contribution of the field is its ability to incorporate multiple levels of uncertainty in the framing of wise decisions. Over the last few years, the development of new computational tools and the unprecedented evolution of "big data" have propelled statistical modeling to new levels. Today statistical modeling and machine learning have reached a level of impact that no large organization can afford to ignore. The information landscape is changing as it has never changed before.
At Wharton, the Department of Statistics is proud to have had a leadership role in this development. It participates in a wide range of university consortia that spans the fields of computer science, neuroscience, medicine, public policy, and finance. Moreover, our faculty members have won singular international recognition for their contributions to many parts of statistical science including observational studies, statistical algorithms, game theory, high dimensional inference, information theory, nonparametric function estimation, model selection, time series analysis, machine learning, and probability theory.